if g, w := r.NumAttrs(), len(as); g != w {
		t.Errorf("NumAttrs: got %d, want %d", g, w)
	}
	if got := attrsSlice(r); !attrsEqual(got, as) {
		t.Errorf("got %v, want %v", got, as)
	}

	// Early return.
	// Hit both loops in Record.Attrs: front and back.
	for _, stop := range []int{2, 6} {
		var got []Attr
		r.Attrs(func(a Attr) bool {
			got = append(got, a)
			return len(got) < stop
		})
		want := as[:stop]

	for l := 0; l < 100; l++ {
		for i := 0; i < dynamicTimeoutLogSize; i++ {
			timeout.LogSuccess(successTimeout)
		}
	}

	adjusted := timeout.Timeout()
	// Check whether eventual timeout has hit the minimum value
	if initial <= adjusted || adjusted != minimum {
		t.Errorf("Failure to decrease timeout appropriately")
	}
}

func testDynamicTimeoutAdjust(t *testing.T, timeout *dynamicTimeout, f func() float64) {

		// later requests within the cache window don't hit the backend
		{name: "alice cached request", attr: aliceAttr, allow: false, statusCode: 500, expectedErr: false, expectedAuthorized: true, expectedCalls: 0},

		// a request with different attributes doesn't hit the cache

	*p = x            // store
	return uint64(*p) // load and cast
}

func testLoadHitStore(t *testing.T) {
	// Test that sign/zero extensions are kept when a load-hit-store
	// is replaced by a register-register move.
	{
		var in int8 = (1 << 6) + 1
		var p int8
		got := loadHitStore8(in, &p)
		want := int32(in * in)
		if got != want {

            throw new IllegalStateException("DefaultConditionalExecutionQueue cannot be reused once it has been stopped.");
        }

        lock.lock();
        try {
            // expand the thread pool until we hit max workers
            if (workerCount < getMaxWorkerCount()) {
                expand(true);
            }

            queue.add(execution);
            workAvailable.signalAll();
        } finally {

        def receiver = new InterceptorTestReceiver()
        def transformedClosure = instrumentedClasses.instrumentedClosure { test() }
        transformedClosure.delegate = receiver

        when: "the call site has been hit before"
        transformedClosure()
        receiver.intercepted = null

        and: "another call goes through the call site"
        transformedClosure()

        then:

				return rand.Float64
			},
			expectGOAWAY: true,
		},
		{
			name:   "hit GOAWAY",
			chance: rand.Float64() + 0.01,
			nextFn: func(chance float64) func() float64 {
				return func() float64 {
					return chance - 0.001
				}
			},
			expectGOAWAY: true,
		},
		{
			name:   "does not hit GOAWAY",
			chance: rand.Float64() + 0.01,
			nextFn: func(chance float64) func() float64 {

const (
	// type deletion (it applies mostly to CRD) is not a very frequent
	// operation so we can afford to prune the cache at a large interval.
	// at the same time, we also want to make sure that the scalability
	// tests hit this code path.
	pruneInterval = 1 * time.Hour

	// the storage layer polls for object count at every 1m interval, we will allow
	// up to 2-3 transient failures to get the latest count for a given resource.

	// program execution as we walk through the entire counter array
	// for the program looking for executed functions, we'll zoom past
	// main.XYZ's prolog (which was zero'd) and hit the non-zero
	// counter value corresponding to the "HERE" block, which will
	// then be interpreted as the start of another live function.
	// Things will go downhill from there.
	//

            node(jenkinsEnv.nodeSelection(osLabel)) {
                stage("${stageLabel}") {
                    echo "NODE_NAME = ${env.NODE_NAME}"
                    // on Windows, need a short path or we hit 256 character limit for paths
                    // using EXECUTOR_NUMBER guarantees that concurrent builds on same agent
                    // will not trample each other plus workaround for JENKINS-52657